Is the energy density based on 1V? If so then it's good, else it isn't all that great. A standard Li-Ion runs about 4170mW/oz and NiMH is about 2377mW/oz. These have 2018mW/oz and 1750mW/oz respectively if you assume a 3.7V cell (normal Li-Ion cell voltage). What is the cell voltage for them? They should be much safer than standard Li-Ion or NiMH and they can be made into almost any shape. >http://204.243.31.30/News/Hot/hotfive.shtml >from above: > Li-Polymer is less than 8 millimeters thick and weighs just 1.1 > ounces. Its energy density, a weight-based performance evaluation, is > a very high 545.5 milliamperes per ounce. Another ultra-thin Nokia > battery using lithium ion technology weighs 9.1 ounces and has an > energy density of 473 milliamps per ounce. > Nokia also is interested in the Li-Polymer technology because the > electrodes are gel-like and covered with a flexible plastic or > aluminum laminate foil. Other phone batteries contain liquid and have > hard, inflexible shells. -- Bryan Andersenhttp://softail.visi.com/ -- Subcription/unsubscription/info requests: send e-mail with subject of "subscribe", "unsubscribe", or "info" to
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